Next-Generation Scientific Imaging
Client:
Oxford Instruments
Project:
Symmetry Camera System
Goal:
Develop a high-performance camera system capable of capturing images in near-darkness at extremely high frame rates.
Challenge
Create a camera control system capable of sub-micron positioning accuracy while capturing thousands of frames per second in low light.
Our Solution
Together we engineered a camera control system that delivers:
5,000 frames per second capture rate
Sub-micron precision positioning
Sophisticated motion control system
Advanced acceleration profiles
High-speed data processing
Custom CAN bus protocol implementation
Precise DC motor control
Real-time monitoring and adjustment
User Benefits
Image capture at 5,000 frames per second
Sub-micron positioning accuracy
Reliable imaging in near-darkness
Real-time monitoring and adjustment during capture
High-speed data processing for large image volumes
Precise, repeatable motion control
Technical Solution
The technical work included:
Motion System Technologies
Sophisticated motion control system
High-precision positioning algorithms
Real-time feedback systems
Environmental compensation
Automated calibration routines
Data & Integration Architecture
Advanced image processing
Custom sensor integration
Proprietary CAN bus protocol
Optimised data throughput
Intelligent power management
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